3D BIM Modeling Services - Building Information Modeling
3D BIM modeling Services at a Global Level
Our project-focused 3D BIM modeling or 3D BIM Services help AEC professionals to convert CAD designs or point cloud data into usable 3D Revit models.
We are a BIM Consulting Services Company, empowering AEC professionals across diverse industries with innovative 3D BIM Services and expert guidance.
We offer 3D BIM Modeling Services to Architectural, Engineering and Construction companies at a global level. Our major clients are based in USA, UK, and UAE.
Industry Solutions: Diverse Clientele for 3D BIM Modeling Services
Customers from a variety of industries can use our 3D BIM modeling services. Our team evaluates the CAD designs of constructed assets and works with clients to create 3D BM models.
Our services are used by architects, civil engineers, and MEP engineers from a variety of industries to embrace construction BIM modeling, which they can use for project planning, facilities management, and redesign.
- Architectural
- Engineering
- Industrial
- Real Estate
- Construction
Interdisciplinary BIM services to 3D BIM Services
Transforming Design to Usable Construction BIM Models: 3D BIM services Guaranteed
Quick Proposals for BIM 3D Model
Initial inquiries are promptly handled by phone or email. We review the design or point cloud data for evaluating the cost of building information modeling. Hence, providing you BIM Modeling Services cost as early as possible.
Competitive Cost of BIM Modeling
Customers using our 3D BIM services can lower their overhead, operational, and administrative expenses thanks to our cost-effective revit modeling solutions. Helping our client stay competitive in the construction market.
Revit 3D Modeling Proficiency
We have experts with more than 8 years of experience in the fields of Architecture, Engineering and Construction. Because of our unmatched proficiency with Revit software, we produce 3D BIM models that are accurate and efficient for better project management, design, and construction.
Seamless Collaboration Across Time Zones
We bridge the time gap while offering worldwide multidisciplinary building information modeling services and 3D Revit Modeling Services to customers across the globe.
Software We Use
Boost Efficiency and Growth: Adopt BIM Modeling Outsourcing with Cresire
Cresire understands the great potential of Building information modeling services. Our team has multi-disciplinary experience in Architectural, and Construction sector. We apply appropriate tools to the execution plans and add greater value to projects.
- Contributing to Project’s Success and Certainty of Outcome
- Preparing Interactive Models, Enabling High-level Collaboration between Project Participants
- Helping Clients to Improve Decision-making by Promoting Virtual Visualisation of Assets
- Experienced Team of Architects, Engineers & Revit Modelers
- Enabling Clients to Track Asset Information for Future Maintenance
- Controlling overall Project's Cost and Time Overrun
3D BIM Modeling Workflow
Setting Parameters for Revit 3D Modeling
Firstly, we set up project parameters, including units, levels, and project location as per the discipline for BIM 3D Model.
3D BIM Modeling in Revit
We begin modeling by creating the building's basic geometry, such as walls, floors, and roofs, using Revit's built-in tools. We also use Revit's editing tools to modify and refine the geometry as needed.
Coordinating with Other Disciplines
Consequently, we coordinate with different disciplines by utilizing Revit's clash detection and coordination features. We also create construction documentation, including plans, sections, elevations, and schedules, using Revit's documentation tools.
Reviewing Revit 3D Model
Finally, we review the model for accuracy, consistency, and compliance with project requirements. We also generate output files, such as 2D drawings, 3D views, or BIM coordination files, as needed for project deliverables.
Choosing the Right Level of Development(LOD)
- LOD 200 - A basic model contatining general details. Elements are modelled with estimated amounts, size, shape, placement, and orientation in this general model. Non-geometric data can also be attached to model elements.
- LOD 300 - The model is visually represented as a single unit. The parameters such as size, shape, quantity and orientation of the design components are defined in the model. The non-graphical data is the building metadata. Material, fire resistance class, colour, cost, and manufacturer could all be associated to each component created in BIM software.
- LOD 400 - This is a fabrication model. The elements of LOD 400 model have precise geometry and parameters of buidling components in addition to the information integrated from LOD 300 model. The information typically includes fabrication, assembly and detailing of design components.
- LOD 500 - LOD 500 is also know as As-Built model. This mode is typically used for operations, lifecycle and maintenance. Non-geometric information such as warranty dates, manufacture details, bills etc. is added to modelled LOD 400 components. The dimensions, form, placement, quantity, and orientation are same as the actual construction.
The BIM Partner You Can Count On
Partnering with Cresire for 3D BIM Modeling Services can offer numerous benefits for your business, including streamlined project workflows, increased collaboration, improved accuracy, and reduced costs.
By leveraging our BIM 3D Model expertise, you can achieve better project outcomes and stay ahead of the competition in today’s fast-paced marketplace.
Frequently Asked Questions By Our Clients
BIM Modelling services refer to the use of Building Information Modeling (BIM) technology to create virtual 3D models of buildings and infrastructure projects. These models contain detailed information about the building’s design, construction, and operation.
Yes, 3D models are considered BIM (Building Information Modeling) models. BIM incorporates not only the visual representation but also information about the building’s elements, properties, and relationships, which is encapsulated in the 3D model.
In BIM, 3D modeling refers to the creation of a digital representation of a building or infrastructure project using three-dimensional geometry. It involves designing and visualizing various components, such as walls, floors, windows, and structural elements, to accurately depict the physical aspects of the project.
BIM is more than 3D modeling. BIM includes data beyond visuals, integrating project information throughout its lifecycle. 3D modeling focuses solely on creating a three-dimensional representation. BIM enables better collaboration and decision-making among stakeholders.
The main difference between 3D CAD and BIM lies in their scope and capabilities. 3D CAD focuses on creating visual representations of objects and components in three dimensions. In contrast, BIM goes beyond visuals by incorporating data and information about the building’s entire lifecycle, enabling collaboration, simulations, and analysis for better decision-making and project management.
Level-1: Basic 3D modeling with limited collaboration.
Level-2: Collaborative BIM with shared data and standardized processes.
Level-3: Integrated and automated BIM, facilitating seamless collaboration and real-time data exchange among all stakeholders throughout the project lifecycle.
Yes, BIM can be beneficial for small-scale projects as well. While the level of detail may vary compared to larger projects, BIM 3D Modeling can still help streamline the design process, identify clashes, and improve coordination among various stakeholders. It offers advantages in terms of cost savings and better project outcomes, making it a valuable tool for projects of all sizes.
Commonly used file formats in BIM 3D Modeling include:
- Revit (.rvt): A popular BIM software format for creating detailed 3D BIM Models.
- IFC (.ifc): Industry Foundation Classes format used for interoperability between different BIM software.
- DWG (.dwg): AutoCAD file format for 2D drawings and sometimes used in BIM workflows.
- COBie (.xlsx): Construction Operations Building Information Exchange format for data exchange.
- Navisworks (.nwd): Used for 3D model coordination and clash detection.
California, Texas, New York, Florida, Illinois, Pennsylvania, Ohio, Georgia, New Jersey, Washington, North Carolina, Massachusetts, Virginia, Michigan, Maryland, Colorado, Tennessee, Indiana, Arizona, Minnesota, Wisconsin, Missouri, Connecticut, South Carolina, Oregon, Louisiana, Alabama, Kentucky, Utah, Iowa, and many more.
London, South East, North West, East, South West, Scotland, West Midlands, Yorkshire and The Humber, East Midlands, Wales, North East, Northern Ireland.
Abu Dhabi, Dubai, Sharjah, Ajman, Umm Al-Quwain, Ras Al-Khaimah, Fujairah
Email Us
Let's Talk
USA - (+1) 760 514 0172
INDIA - (+91) 63502 02061
